In KPM Engineering Solution Pvt. Ltd our solutions are Thermal Imager camera, fever monitoring solution, Relay Test Kit, CT/PT Analyzer, Oil BDV, Transformer Testing , Circuit Breaker Testing, LA Testing, Ground Testing, Partial Discharge Testing. Visit www.kpmtek.com for details TRAFO MERKEZİ TEST CİHAZI - ADVERTISEMENT All Videos All Videos Videoyu Oynat Paylaş Tüm Kanal Video Seçin Facebook Twitter Pinterest Tumblr Bağlantıyı Kopyala Bağlantı Kopyalandı Search videos Video ara... Şimdi Oynuyor KPM KFA320 00:35 Videoyu Oynat Şimdi Oynuyor KPM intro (M) 01:16 Videoyu Oynat Şimdi Oynuyor KPM India - Your Reliable Electrical Test Equipment Solution Provider 01:20 Videoyu Oynat

In KPM Engineering Solution Pvt. Ltd our solutions are Thermal Imager camera, fever monitoring solution, Relay Test Kit, CT/PT Analyzer, Oil BDV, Transformer Testing , Circuit Breaker Testing, LA Testing, Ground Testing, Partial Discharge Testing. Visit www.kpmtek.com for details LAB INFRA

All type of electrical testing and commissioning services Test Hizmetleri Test Etme ve Devreye Alma Hepsinin test edilmesi ve devreye alınması LV / HV / UHV Pano Kartları şalt cihazları Birkaç Kapalı ve Açık trafo merkezi 400V - 765KV gerilim aralığında Gaz Yalıtımlı İstasyon[GIS] OG/AG Jeneratörleri Güç transformatörleri Motorlar Kapasitör Bankaları reaktörler Kablolar İzolatörler Paratonerler CT'ler, PT'ler, CVT'ler, Devre Kesiciler Jeneratör için NG, NGT, Kontrol & Röle Panoları, FBus Bağlayıcı, Veri Yolu Transferi ve Hat Kontrolü Vb. Bize Sor izleme Kapasitans ve Tan Deltası Tarama Frekans Tepkisi Analizi [SFRA] Kısmi boşalma Elektro Manyetik Çekirdek Kusur Tespiti [ELCID] Kama Sapması RSO Testi Dalgalanma Karşılaştırması DC Hi-Pot Testi, Yalıtım Direnci, Polarizasyon İndeksi. Bize Sor

Advanced tap changer testing equipment by KPM for precise diagnostics, condition monitoring, and maintenance of transformer tap changers. YÜKTE KADEME DEĞİŞTİRİCİ (OLTC) ANALİZÖRÜ Daha fazla göster Bize Ulaşın KPM-Kademe Değiştirici Analiz Cihazı Transformatör yük altında kademe değiştirici analizörü, 'nin bir kombinasyonudur Geçiş Zamanlayıcısı & Sargı Direnci Test Cihazı. KPM Transformer yük altında kademe değiştirici analizörü, güç transformatörlerinin ve özel transformatör yük altında kademe değiştiricilerin elektriksel performans göstergelerini ölçmek ve analiz etmek için kapsamlı bir ölçüm cihazıdır. güç sistemleri. Mikrobilgisayar kontrolünü benimser ve hassas ölçüm devresinin tasarımı sayesinde, geçiş süresinin, geçiş dalga formunun, geçiş direncinin ve üç fazlı senkronizasyonun doğru ölçümünü gerçekleştirebilir. -yük kademe değiştiricisi. Kullanıcı, kademe değiştiriciyi trafo sargılı ve sargısız olarak test edebilir. Cihaz, ölçülen verileri görüntüleme, analiz etme, saklama ve yazdırma işlevlerine sahiptir. Güç ekipmanı ve revizyon önleyici testinde yük altında kademe değiştiricinin olası arızasını teşhis etmek mümkündür güç sisteminin çalışmasının güvenilirliğini artırmak için büyük önem taşıyan transformatörün. Teknik parametreler 1>Çıkış akımı: 1.0A, 0.5A, 0.3A 2> Direnç aralığı: 1.0A dişli 0.1~10Ω, 0.5A dişli 5~20Ω, 0.3A dişli 10~40Ω 3> Direnç ölçüm hassasiyeti: 0.1Ω~1Ω±0.1Ω, 1Ω~40Ω±1% (1Ω hariç) 4> Geçiş süresi ölçümü: aralık 1~250Ms, doğruluk: 1ms~100ms±0.1ms100ms~250ms±1% 5>Örnekleme frekansı: 10～20KHz 6>Üç fazlı senkronizasyon: 0.01ms 7>Çalışma sıcaklığı: 0~40°C 8> Ortam nemi: ≤90% BN, yoğuşmasız 9> Boyutlar (mm): 420 × 350 × 220, ağırlık: 12kg (aksesuarlar dahil)

In KPM Engineering Solution Pvt. Ltd our solutions are Thermal Imager camera, fever monitoring solution, Relay Test Kit, CT/PT Analyzer, Oil BDV, Transformer Testing , Circuit Breaker Testing, LA Testing, Ground Testing, Partial Discharge Testing. Visit www.kpmtek.com for details Technical support and services Localized Service Center A Key to Success for Hi-Tech Equipment Providers Relay Test Kits CT/PT Analyzers Tan Delta Kits And other advanced diagnostic instruments. With local spare parts availability, we ensure fast turnaround times and reliable repairs, resulting in minimal downtime and maximum customer satisfaction. At KPM, we believe that a localized service center is crucial to the success of any high-tech equipment provider. We take pride in operating a state-of-the-art service center with over 10 years of experience in the repair and maintenance of critical testing equipment, including: Contact Us

KPM India |We are electrical test equipment manufacturers, We deal in CT PT Analyzer, Relay Test Kit , Tan delta , Transformer Test Kits , LA Testers etc.|Measuring Impedance |https://kpmtek.wixsite.com/website/tr/measuring-impedance Empedans Ölçümü

KPM India |We are electrical test equipment manufacturers, We deal in CT PT Analyzer, Relay Test Kit , Tan delta , Transformer Test Kits , LA Testers etc.|PD DEMO |https://kpmtek.wixsite.com/website/tr/pd-demo Live PD Dashboard

KPM India |We are electrical test equipment manufacturers, We deal in CT PT Analyzer, Relay Test Kit , Tan delta , Transformer Test Kits , LA Testers etc.|File Share |https://kpmtek.wixsite.com/website/tr/file-share

KPM Solutions supplies precision ultra high voltage test equipment including Relay Test Kits, CT/PT Analyzers, TTR, Winding Resistance & PD Testers. Know more GÜÇ SİSTEMİ TEST EKİPMANLARI KPM VIT-100 KPM Vacuum Interrupter Tester KPM ICAL Pro KPM Instrument Calibrator KPM MT 3000 D+ Three phase Reference Standard Energy Meter specially used for energy meter on-site test KPM PSR12 KPM’s Power Signal Recorder 12 KPM TD12 A+ Automatic 12KV Capacitance & Dissipation Factor Test Set KPM TWRT YY 3 Phase Winding Resistance Tester with automatic change of connections Energy Meter Test Benchs 3 phase energy meter test bench for testing energy meters of 0.5 to 0.02 accuracy levels. KPM-SG_70kV, 70mA Cable Testing Surge Generator / Thumper KPM LBVV 240V 110A Battery Discharge Kit (Constant Current , Constant Power) KPM LB4815+ Battery Load Bank , Constant Current, Constant Power , Constant Resistance Mode KPM AL- 80H Battery Pack Air Leak Tester KPM AL- 80L KPM Battery Pack Air Leak Tester KPM CCDB + Series KPM Li Ion Cell Charge Discharge & Balancer KPM CCDB SERIES KPM Li Ion Cell Charge Discharge & Balancer KPM PDH SERIES KPM Pack Discharging (800V / 1000V) KPM PCD Series KPM li Ion Battery Pack Charge Discharge Test kit PCDH Series KPM li Ion Battery Pack Charge Discharge Test kit ( 800V / 1000V ) KPM MCD 2550 KPM charging , discharging & cyclic charging - discharging of Li Ion modules , Constant Current Discharge KPM CCDB 5V 15A KPM Li-ion Cell Charge Discharge Balancing kit, Constant Current Discharge (5V, 15 A) KPM BCD 0550 KPM Li-ion Battery Charging Discharging kit , Constant Current Discharge (5V, 50 A), Used for high current applications like forklifts, cranes etc. KPM BCD 0530 KPM Li-ion Battery Charging Discharging kit (5V, 30A), Constant Current Discharge , Used for high current applications like forklifts, cranes etc. KPM BCD B-4X KPM Li-ion Battery Charging Discharging kit with 4 independent channels (100A), Constant Current Discharge , Used for high current applications like forklifts, cranes etc. KPM KS30 KPM SF6 Gas Analyzer KPM VLF Series KPM VLF series with Tan Delta & PD Measurement Facility KPM BA-02 Battery Analyzer for testing battery internal resistance, conductance and voltage. Auto increase in the serial number of results using touch and test function, this also reduces testing time KPM Battery Data Logger To check Battery voltage, current and temperature. These sensors are integrated with battery discharge units KPM LA 103 Pro LA Tester measures and displays the values of Total Leakage Current and Third Harmonic Resistive Leakage Current directly with ambient temperature and line harmonic compensation KPM ER1 KPM ER1C is the Three phase Reference Standard Energy Meter specially used to calibrate single phase energy meter on-site . KPM AC HIPOT KPM Cable testing KPM VLF Hipot Tester KPM VLF HIGH VOLTAGE TESTER Hipot Tester KPM DC HIPOT KPM DC Hipot Test Set KPM TD 40 KPM 40kV Tan Delta measurement unit used for cable testing KPM Penta Pd pro Hand held Partial Discharge Tester with multichannel PD detection functions which can be integrated with multiple sensors like UHF , TEV, HFCT, AE , Contact Acoustic etc. KPM CEST 1800 KPM’s Clamp Earth & Spike Tester KPM CRT 6002G Contact Resistance Tester with single-end and double-end grounding test technology, It is available in 200A & 600A KPM Onload Tap Changer Analyzer Onload Tap Changer Analyzer is testing key parameters of an OLTC such as ,Transient time, Transition waveform, Transition resistance, Synchronization status of three phase. td12 Automatic 12KV Capacitance & Dissipation Factor Test Set with 4 Nos channels for Bushing testing in one test , Built In 10kV - 5mA Diagnostic Insulation Tester KPM APIK Automatic Primary Injection Kit is used for high voltage switch testing, protection system testing and current transformer testing in power system KPM CTA C+ CT Analyzer ( for factory & field applications ) KPM CT/PT Tester pro An automatic device used for testing of instrument transformers (CTs & PTs) by injection of secondary voltage. This is capable of ratio error , phase error , winding resistance, knee point upto 2kV etc. K3063i 6I & 4U - Automatic Relay Test Kit RTK(KPM KFA 300) The Lightest Relay Test Kit with 3 Current Sources & 4 voltage sources . Builtin software with AC Test , DC Test , Frequency Test , Distance Test , Harmonic Test Modules RTK(K316i) Automatic Relay Test Kit ( 6I,4U) KPM-DPM-01 KPM Dew Point Meter K68i Relay test kit 3I & 4U - Automatic Relay Test Kit RTK KPM KF 86P Automatic Relay Test Kit with 6 current and 6 voltages , with advanced software with RIO / XRIO Import function KPM CT/PT analyzer It tests all type of CT/PT as per IEC standards (deal tool for CT/PT Manufacturers & Utility Customers) KPM CT:PT Tester KPM CT PT Testing , Primary Current Method CT PT PRO KPM CT PT Tester , Voltage Ratio Method KPM CT/PT HVCTR High Voltage Current Transformer Ratio Tester measures Key CT parameters of upto 33KV system KPM CT/PT PIK For testing Current Transformer , Circuit Breakers etc. by injecting current in Primary side of CT. Moduler design for transporting easily KPM TD12 KPM 12kV Tan delta Tester / Dissipation Tester KPM TTR3 On-site measurement of DC resistance of transformer or motors (High Current Source of 20 A) KPM SFRA 01 Sweep Frequency Response Analysis Test Set (SFRA) for checking the core and winding integrity of a power transformer KPM TWRT Series On-site measurement of DC resistance of transformer (High Current Source of 20 A) KPM 5KP 5 KV Diagnostic Insulation Tester KPM 5KP+ IR Tester ( 5KV, 10KV, 15KV, 20KV) TPL-Trans Power Loss Tester KPM Transformer Power Loss Analyzer OLTC Analyzer KPM Online Tap Changer Tester KPM CB Analyzer KPM Circuit Breaker Analyzer KPM CBA 01 KPM Circuit Breaker Tester KPM CRT Contact Resistance Tester CBT-01 KPM Circuit Breaker Timer VILA KPM Vacuum Interrupter Life Analyzer KPM Oil BDV 100+ KPM Oil Breakdown Voltage Test Kit KPM Oil BDV 100 A+ KPM Oil Breakdown Voltage Test Kit with variable rate of rise voltage KPM OT-01 CC KPM Flash Point Tester Close Cup KPM OT-01 OC KPM Flash Point Tester Open cup KPM OT 02 KPM Karl Fischer Tester , Moisture in oil tester KPM OT O3 KPM Viscosity Tester KPM OT-05 KPM Oil Acid Value Tester KPM OT01 KPM Oil Tan Delta Furan Tester KPM FT-01 KPM HPLC , Furan Tester KPM IPT 01 KPM Imputiry Particle Tester KPM PCM 01 KPM Petroleum Colorimeter KPM ODT 01 KPM Oil Density Tester KPM Interfacial Tension Meter KPM Interfacial Tension Meter KPM-OPPT-01 KPM Oil Pour Point Tester KPM PDTI Monitor KPM Online Partial Discharge Monitor with Temperature & Sht. Ckt Current for HV Cable terminations KPM PDM-01 KPM Partial Discharge Monitor KPM Duo PD KPM online Partial Discharge Tester with acoustic and TEV sensors KPM PD Pulse-8 KPM Online PD Tester for PD Monitoring of switchgears and Ring Main Units KPM PDA-01 KPM Partial Discharge Analyzer , electrical method KPM Penta PD KPM Hand Held partial discharge Tester with TEV , HFCT, AE , Contact Acoustic, UHF sensors KPM CORONA POINTER KPM PD Pointer for laboratory corona finding KPM PQA+ KPM Power Quality Analyzer and recorder KPM - PQ Analyzer Light KPM Power Quality Analyzer and recorder KPM LA 100 + , LA TESTER KPM LA Tester / Surge arrester Tester / MOA Tester / 3rd harmonic leakage current tester kpm la 103+ KPM LA Tester / Surge arrester Tester / MOA Tester / 3rd harmonic leakage current tester KPM MT 3000 D 3-Phase energy meter tester KPM SF6 DPM Light KPM SF6 Dew Point Meter KPM CTTC KPM CT Heat Run Test Device KPM CEST KPM Clamp Earth Spike Tester KPM CET 1200 KPM Clamp Earth Tester KPM ET30K KPM Earth Tester with Spikes KPM GERM KPM Online Grid Earth Resistance Monitor KPM CM-0524 KPM Cell Voltage Monitor for Li Ion Batteries KPM battery load bank KPM DC Load Bank , KPM Battery Discharge Kit , KPM Constant Current DC load banks

Advanced EV battery testing solutions by KPM for service centers. Ensure precise diagnostics, battery health analysis, and efficient maintenance EV Akü Servis Merkezi Test Çözümleri Hücre Testi ve Eşitleme şimdi tıklayın Yüksek Güçlü Bakım şimdi tıklayın YG Deşarj Testi şimdi tıklayın Modül / Pack eşitleme şimdi tıklayın Anchor 1 Hücre Testi ve Eşitleme KPM BCD B-4X BCD SERIES KPM BCD B4X integrates discharge, charging and activation functions into one unit with features of multi-channel, independent cell, and large current. View More KPM BCD 0530 BCD SERIES KPM BCD 0530 can quickly and accurately maintain the cells with large voltage drops in the lithium battery module. View More KPM BCD 0550 BCD SERIES KPM BCD 0550 Series is the latest cell discharge-charge device developed by KPM , which adopts advanced battery testing technology and combines the charging and discharging characteristics of lead-acid batteries and lithium-ion batteries. View More Anchor 2 Hücre Testi ve Eşitleme KPM LI80L Hava Kaçağı Test Cihazı Pil paketleri için Hava Kaçağı test cihazı Daha fazla göster KPM LI80L Hava Kaçağı Test Cihazı Pil paketleri için Hava Kaçağı test cihazı Daha fazla göster KPM LI80L Hava Kaçağı Test Cihazı Pil paketleri için Hava Kaçağı test cihazı Daha fazla göster KPM LI80L Hava Kaçağı Test Cihazı Pil paketleri için Hava Kaçağı test cihazı Daha fazla göster Anchor 3 Metreler ve Diğerleri KPM CCDB SERIES CCDB SOLUTION CCDB Series Lithium Battery Equalization Tester is developed to solve cell voltage imbalance quickly. View More CM-0524 CCDB SLOUTIONS CM - 05224 can quickly test cells voltage in the lithium battery module and judge the balance of the entire battery pack. View More KPM CCDB + Series CCDB SLOUTIONS Suitable for daily charge, discharge, and equalization maintenance of lithium-ion battery cells, module cells, and pack cells. View More KPM CCDB 5V 15A CCDB SLOUTIONS CCDB 5V 15A Lithium Battery Equalization Tester can quickly perform charge, discharge, and equalization tests on individual cells in lithium battery packs. View More Anchor 4 AIR LEAKAGE SOLUTIONS KPM-24BV Li Hücre Voltaj Ölçer AL-80L Battery Leakage Tester is the latest high-accuracy nondestructive testing equipment developed by KPM. KPM-24BV Li Hücre Voltaj Ölçer AL-80H is the latest high-accuracy nondestructive testing equipment developed by KPM, with the highest sensitivity and stability in the new energy industry. Sık Sorulan Sorular ( SSS ) FAQ about Battery Testing & EV Systems : 01 How to Test a Li-ion Battery Pack Safely and Efficiently ? Testing a Li-ion battery pack requires a balance of safety, accuracy, and efficiency. Key steps include: Visual Inspection: Check for swelling, leakage, or damaged terminals. Voltage Check: Measure open-circuit voltage to ensure cells are within the safe range. Insulation Resistance Test: Verify electrical isolation between terminals and the battery casing. Capacity & Discharge Testing: Simulate real-world loads to assess actual capacity, energy output, and discharge efficiency. Impedance/IR Testing: Identify aging cells or weak connections. Thermal Monitoring: Monitor temperature rise during charging/discharging to detect potential overheating. Safety tips include using proper PPE, short-circuit protection, and ventilated areas to avoid thermal events. KPM's Battery Pack Tester is designed for safe and efficient testing of EV and industrial Li-ion packs. It offers automated test sequences, multi-channel voltage/current monitoring, and integrated thermal protection. The tester's real-time data logging and analysis software help ensure accurate diagnostics, preventive maintenance, and safer battery operation. 02 What are the Top 5 Mistakes to Avoid While Discharging Lithium-Ion Cells ? Discharging lithium-ion cells must be done with precision to avoid safety risks and performance degradation. Here are the top 5 mistakes to avoid: 1. Over-Discharging Below Safe Voltage Limits: Going below 2.5–3.0V can cause irreversible damage or capacity loss. 2. High Current Discharge Without Monitoring: Excessive current leads to overheating, thermal runaway, or cell swelling. Always follow rated discharge current. 3. Ignoring Cell Balancing: Uneven discharge across cells in a pack can reduce lifespan or cause imbalance-related failures. 4. Lack of Temperature Monitoring: Not monitoring temperature during discharge can hide thermal issues that lead to fires or failure. 5. Discharging Without Load Control or Cut-Off Logic: Manual discharge setups without auto cut-off risk cell damage or safety hazards. KPM’s Battery Tester prevents these issues through programmable discharge profiles, auto cut-off, real-time voltage/current/temperature monitoring, and cell balancing diagnostics. It ensures safe, accurate discharge testing for EVs, storage systems, and R&D applications. 03 Why Cell Balancing is Critical in Battery Pack Design? Cell balancing is essential in lithium-ion battery pack design to ensure uniform voltage levels across all cells, which directly impacts performance, safety, and lifespan. Without balancing, even a single weak or overcharged cell can cause: Reduced usable capacity Premature degradation or failure Overheating or thermal runaway False full/empty readings during charging/discharging There are two types: 1. Passive balancing dissipates extra energy as heat and 2. Active balancing redistributes charge to weaker cells, improving efficiency KPM’s Battery Solution features integrated smart cell balancing technology. It continuously monitors each cell’s voltage and automatically adjusts charge levels to maintain uniformity. Whether in EVs, solar storage, or industrial packs, KPM’s system ensures balanced charging/discharging, enhanced cycle life, and optimal safety. The real-time monitoring interface also provides visual alerts on imbalance conditions—enabling proactive maintenance and higher reliability. 04 How AH Curve Tracers Improve Battery Quality Analysis? Ampere-Hour (AH) Curve Tracers or constant current discharge testers are critical tools for evaluating battery quality. By discharging the battery at a fixed current and recording voltage over time, they generate AH curves that reveal: 1. Actual capacity vs. rated capacity 2. Voltage stability during load 3. Internal resistance and aging behavior 4. Cut-off voltage performance 5. Cell degradation patterns over cycles This data helps manufacturers and maintenance teams identify underperforming cells, confirm batch consistency, and detect early signs of capacity fade—essential for EVs, energy storage, and critical backup systems. KPM’s Constant Current Battery Testing Equipment is designed for precise AH curve analysis. It offers programmable discharge rates, real-time voltage monitoring, and auto cut-off features. With multi-channel support and detailed data logging, it enables accurate grading, performance benchmarking, and lifecycle testing—ensuring battery packs meet safety and performance standards before deployment. 05 What do you mean by Preventing Battery Fires also what are the Role of Air Leakage Testers ? Battery fires often originate from internal short circuits, moisture ingress, or poor sealing during manufacturing. Air leakage testers play a critical role in preventing such incidents by verifying the airtightness of battery cells, modules, and packs. These testers use pressure decay, vacuum decay, or mass flow methods to detect even the smallest leaks. Ensuring proper sealing prevents oxygen or humidity from entering the cell enclosure, which can lead to electrolyte degradation, corrosion, or thermal runaway in lithium-ion batteries. Regular air leakage testing helps: Maintain IP-rated enclosures for harsh environments Detect seal defects before cell assembly Ensure consistency in automated production lines Comply with safety standards like UN38.3 and IEC 62133 KPM offers high-sensitivity air leakage testers tailored for EV and energy storage applications. With fast cycle times, digital pressure control, and data traceability, KPM’s solution enhances quality assurance and plays a vital role in fire prevention and safe battery operation. 06 What is EV Battery Diagnostics ? What are the Tools Every Service Center Must Have? As electric vehicles (EVs) grow rapidly, service centers must be equipped with specialized battery diagnostic tools to ensure safe and effective maintenance. Key tools include: Battery Pack Testers – For measuring voltage, current, capacity, and SOH (State of Health) during charge/discharge cycles. Cell Balancing Analyzers – To detect and correct imbalances between individual cells in the pack. Insulation Resistance Testers – Essential for checking insulation integrity to prevent leakage currents and electrical hazards. Thermal Imaging Devices – For identifying overheating cells or poor thermal management. Communication Interface Tools – To read battery management system (BMS) data via CAN or other protocols. Air Leakage Testers – To ensure sealed packs meet safety standards. KPM provides an integrated suite of EV battery testing equipment, including constant current testers, smart BMS diagnostic tools, cell balancers, and leakage testers. Designed for workshop and field use, KPM’s devices offer fast, accurate, and automated diagnostics, helping service centers improve safety, reduce downtime, and extend battery life. 07 Do you know Charging vs. Discharging Tests: Key Differences Explained, Advantages of each test? Charging and discharging tests are both essential for evaluating battery performance, but they serve different purposes and reveal different insights. Both tests are complementary—charging tests help optimize input energy handling, while discharging tests validate output performance. Together, they provide a comprehensive view of battery health and reliability Key Differences Feature : Charging Test Discharging Test Purpose: Assess charging efficiency & behavior Measure capacity, energy output, Stability Data Collected: Charge time, input current, voltage rise Discharge time, voltage drop, delivered AH Risks : Overcharging, thermal buildup Deep discharge, undervoltage stress Monitoring Focus: Temperature rise, end-of-charge detection Voltage sag, current stability, thermal trend Control : CC/CV (Constant Current/Voltage) Constant Current or Constant Power load Advantages of Charging Test Evaluates charging curve behavior and efficiency Helps in BMS calibration and charger compatibility Detects issues like overvoltage cutoff failure or high IR during charge Monitors thermal response during charging cycles Advantages of Discharging Test Measures real usable capacity of the battery Identifies aging or weak cells through voltage sag Simulates real-world usage conditions Critical for state of health (SOH) estimation and performance grading KPM’s battery testers support both charging and discharging modes with programmable current profiles, real-time monitoring, and data logging, enabling accurate, automated, and safe battery diagnostics across EVs, energy storage, and R&D applications. 08 What is Understanding State of Health (SOH) in Li-ion Batteries? State of Health (SOH) is a key parameter that reflects the overall condition and performance capability of a lithium-ion battery compared to its original, factory-new state. Expressed as a percentage, SOH = 100% means the battery performs at full capacity; lower values indicate degradation. Factors Affecting SOH: Capacity Fade: Reduction in charge-holding ability over cycles. Increased Internal Resistance: Leads to voltage drop and heating. Cycle Life: Number of full charge-discharge cycles completed. Temperature Stress: Accelerates degradation if outside ideal range. Charge/Discharge Rates: High currents can strain cell chemistry. How SoH is Measured: Capacity Test: Compares actual vs. rated capacity (e.g., via constant current discharge). Impedance/Resistance Test: Higher internal resistance suggests aging. Voltage Behavior Analysis: Under load, abnormal voltage drops signal poor SOH. Algorithmic Estimation: Used in BMS for real-time SOH prediction based on usage history. KPM’s battery testing equipment measures SOH using precision discharge testing, impedance analysis, and real-time voltage tracking. Its smart software computes SoH accurately, helping users assess battery viability, schedule replacements, and extend system reliability in EVs and energy storage applications. 09 Do you know Battery Test Protocols According to IEC/UN38.3 Standards ? Battery safety and performance testing follow strict protocols defined by IEC standards (e.g., IEC 62133, IEC 62660) and UN38.3, which governs the safe transport of lithium batteries. These protocols ensure batteries can withstand mechanical, electrical, and environmental stress. Key UN38.3 tests include: Altitude simulation Thermal cycling Vibration and shock resistance External short circuit Overcharge and forced discharge Impact/crush test IEC standards add protocols for electrical performance, insulation resistance, and endurance cycling. Each test is designed to validate battery integrity, prevent fire or explosion risks, and ensure global compliance for transport and use. KPM’s battery testing systems are built to comply with these standards, offering programmable test sequences, automated data logging, and safety cutoffs. This enables manufacturers and labs to efficiently validate battery packs for EVs, consumer electronics, and storage systems before certification and deployment. 10 How to Extend EV Battery Life Through Better Testing? Extending the life of an EV battery begins with smart, proactive testing practices throughout the battery’s lifecycle—from development to daily use. Key strategies include: Accurate SoH & Capacity Testing: Regularly monitor State of Health (SoH) and capacity using controlled charge/discharge cycles to detect early degradation and prevent overuse of weak cells. Cell Balancing Verification: Use testers to identify and correct imbalances, ensuring even load distribution and avoiding stress on individual cells. Thermal Profiling: Monitor temperature behavior under load to detect hotspots or cooling issues that accelerate aging. Internal Resistance Checks: Periodic impedance testing identifies cells with rising resistance—a sign of aging or failure. Simulated Real-World Load Testing: Evaluate performance under actual driving conditions to optimize BMS tuning and charging protocols. KPM’s battery testing solutions support all of the above, offering automated diagnostics, real-time analytics, and precision control. This helps EV manufacturers and service centers maximize battery life, reduce failures, and enhance long-term performance. 11 Do you know the Evolution of Battery Testing Equipment in the EV Era? With the rise of electric vehicles (EVs), battery testing equipment has evolved from basic voltage and capacity checkers to smart, multifunctional diagnostic platforms. Early systems focused on simple charge/discharge cycles, but modern EV batteries demand high-precision testing for complex parameters like State of Health (SoH), internal resistance, cell balancing, and thermal behavior. Today’s equipment supports high-voltage, multi-channel testing, fast data logging, and automated test protocols aligned with IEC and UN38.3 standards. Integration with Battery Management Systems (BMS), cloud connectivity, and AI-driven analytics are now standard, enabling predictive maintenance and lifecycle optimization. KPM’s battery testing solutions reflect this evolution by offering advanced tools for real-time monitoring, constant current testing, leakage detection, and cell balancing verification. Built for R&D, manufacturing, and service centers, KPM's systems ensure safety, accuracy, and performance—essential in the fast-paced EV ecosystem. 12 Why Your Battery Test Bench Might Be Giving False Results? False results from a battery test bench can arise due to calibration errors, inaccurate sensor placement, or improper test conditions. If the voltage or current sensors are not calibrated regularly, readings may drift, leading to incorrect capacity or SoH measurements. Poor contact resistance at terminals or cables can also distort current flow and voltage drop data. Environmental factors like temperature fluctuations or electromagnetic interference can affect sensitive measurements, especially during internal resistance or impedance tests. Additionally, incorrect test profiles—such as setting the wrong cut-off voltage or charge rate—can lead to misleading performance data. Software issues, such as outdated firmware or poor algorithm tuning, may misinterpret real-time data or fail to filter noise properly. KPM’s battery test benches mitigate these issues with auto-calibration, real-time error detection, and intelligent profiling. They ensure accurate, repeatable results that reflect the true performance and safety status of EV and energy storage batteries. 13 What are the Role of Environmental Factors in Battery Pack Testing? Environmental factors play a crucial role in battery pack testing, as they significantly influence battery performance, safety, and lifespan. Temperature, humidity, and altitude conditions can alter a battery’s behavior under both charge and discharge cycles. Temperature affects chemical reactions inside cells. High temperatures accelerate degradation and risk thermal runaway, while low temperatures reduce capacity and increase internal resistance. Humidity can lead to moisture ingress, causing corrosion or insulation breakdown—especially in poorly sealed packs. Altitude (low pressure) impacts thermal dissipation and can increase the risk of electrolyte leakage or expansion in sealed packs. To ensure reliability, batteries are tested in environmental chambers simulating real-world extremes. IEC and UN38.3 standards mandate such conditions for certification. KPM’s battery testing systems integrate seamlessly with environmental chambers, enabling precise control, real-time monitoring, and automated safety checks—ensuring comprehensive evaluation of battery packs under varied environmental stresses. 14 What is Li-ion Cell Grading: How to Do It Right? Li-ion cell grading is the process of evaluating and categorizing cells based on their performance parameters to ensure uniformity in battery pack assembly. Doing it right involves a systematic and precise testing protocol: Key Steps in Proper Cell Grading: Initial Voltage & IR Check: Measure open-circuit voltage and internal resistance to identify defective or aged cells. Capacity Testing (Constant Current Discharge):Discharge cells under a controlled current and record actual capacity (Ah) against rated values. Cycle Performance Evaluation: Charge/discharge cycles help verify stability and consistency across multiple uses. Temperature Monitoring: Track thermal response under load—abnormal heating indicates inefficiency or cell faults. Sorting Criteria: Classify cells based on capacity, IR, voltage behavior, and thermal stability into A, B, C grades. KPM’s cell grading systems offer multi-channel, high-precision testers with automated sorting, real-time data logging, and user-defined grading profiles. This ensures consistent cell performance, longer pack life, and optimal safety for EV and energy storage applications. 15 Difference between Battery Testing for Aerospace and Automotive Applications? Battery testing for aerospace and automotive applications differs significantly due to varying performance, safety, and environmental requirements. Aerospace batteries demand extreme reliability, lightweight design, and operation under harsh conditions like high altitude, vibration, and temperature extremes. Testing includes rigorous altitude simulation, thermal vacuum, and shock/vibration endurance to meet standards like RTCA DO-311 and MIL-STD. In contrast, automotive EV batteries focus on cycle life, thermal management, and high-power performance. Tests involve real-world drive simulation, fast charging analysis, thermal profiling, and compliance with UN38.3, IEC 62660, and ISO 26262. KPM’s testing solutions cater to both sectors with customizable test protocols, environmental chamber integration, and real-time monitoring. For aerospace, KPM offers high-precision, lightweight diagnostics; for automotive, it provides high-throughput, high-current testing systems—ensuring safety, efficiency, and regulatory compliance across industries. 16 End-of-Life Testing for Electric Vehicle Batteries? End-of-life (EOL) testing for electric vehicle (EV) batteries is essential to assess whether a battery can be reused, repurposed, or must be recycled. This testing focuses on determining the State of Health (SoH), remaining capacity, internal resistance, and thermal behavior after prolonged use. Key EOL testing steps include: Capacity Test: Measures actual ampere-hours (Ah) to determine if it meets minimum reuse thresholds (typically ≥70% of original). Impedance Measurement: Identifies internal degradation and cell imbalance. Charge/Discharge Cycle Analysis: Evaluates efficiency and detects abnormal voltage drops or thermal spikes. Thermal Performance Check: Assesses safety risks under load. Leakage and Insulation Tests: Ensures physical and electrical integrity. KPM’s battery EOL testing systems automate these processes with real-time monitoring, trend analysis, and safe discharge protocols. This enables accurate decision-making for second-life applications, such as stationary storage, or safe recycling, aligning with circular economy goals. 17 What do you mean by Understanding the Thermal Runaway Effect? End-of-life (EOL) testing for EV batteries is crucial to determine whether a battery should be reused, repurposed, or recycled. This involves evaluating the battery’s State of Health (SoH), residual capacity, internal resistance, and thermal behavior. Typically, a battery is considered at end-of-life when its usable capacity drops below 70–80% of its original rating. EOL testing includes controlled charge/discharge cycles, impedance analysis, and thermal profiling under simulated real-world loads. It also verifies the integrity of the Battery Management System (BMS) and checks for cell imbalance, swelling, or leakage. This testing helps classify batteries for secondary applications like energy storage or ensures safe recycling of critical materials. KPM’s battery testing systems provide automated, accurate EOL assessment with programmable protocols, multi-parameter monitoring, and safety interlocks, enabling OEMs and recyclers to make informed decisions about battery reuse, life extension, or disposal. 18 Difference between Battery Energy Density and Safety: A Testing Perspective? As energy density increases in lithium-ion batteries to meet the demands of EVs, aerospace, and portable electronics, safety risks also rise. Higher energy density means more power is stored in the same space, which can lead to thermal runaway, fire, or explosions if not properly managed. From a testing perspective, it is critical to balance performance with safety through: Thermal abuse tests to simulate overheating Overcharge/overdischarge tests to detect BMS failure scenarios Short-circuit and impact testing to assess mechanical protection Internal resistance and SoH testing to identify degradation risks early Leakage and enclosure integrity tests to prevent moisture or gas ingress Testing protocols per UN38.3, IEC 62133, and UL 2580 ensure that high-energy cells meet strict safety thresholds. KPM’s battery testing solutions are designed to test both high-capacity and high-safety requirements, providing real-time monitoring, automated safety shutdowns, and environmental stress simulations to ensure safe, high-density battery deployment. 19 What Makes a Good Battery Service Center? A good battery service center combines technical expertise, advanced diagnostic tools, and safety-first practices to ensure efficient and reliable battery maintenance. Key qualities include: Skilled Technicians trained in EV, industrial, and energy storage battery systems. Advanced Testing Equipment for SoH analysis, cell balancing, IR testing, and BMS diagnostics. Safety Protocols including insulation resistance checks, thermal monitoring, and ESD protection. Data-Driven Diagnostics using software tools for real-time monitoring and historical performance tracking. Proper Infrastructure, such as ventilated workspaces, fire suppression systems, and isolation zones for damaged packs. Support for Multiple Battery Chemistries and pack configurations.

Advanced circuit breaker test kits by KPM for precise timing analysis, condition monitoring, and electrical system diagnostics. DEVRE KESİCİ TEST KİTLERİ Video teori Devre Kesici Analizörü Daha fazla göster Circuit Breaker Analyzer'ın işlevleri, yüksek gerilim devre kesicilerin tüm test öğelerini kapsar. Geleneksel devre kesici test cihazı KPM Devre Kesici Analiz Cihazı (KPM-CBA) ile karşılaştırıldığında aşağıdaki benzersiz avantajlara sahiptir: Mekanik özellikler için Titreşim Analizi Hareketli kontakların Mesafe ve Hız Analizi 100A Statik Kontak direnci ölçümü 100A Dinamik Temas Direnci Ölçümü 16V ila 300 V arasındaki bobinlerde düşük voltaj başlatma testi Temas Direnci Test Cihazı Daha fazla göster Kontak Direnci Test Cihazı (KPM CRT) outputs DC 600A akımlarını devre kesicinin veya yüksek akım kablosu kontaklarının kontak direncini test etmek için . Per IEC62271 olarak tasarlanmıştır. Esas olarak devre kesici kontak direncini ölçer. Test cihazının tüm test sonuçları, test cihazına entegre edilmiş mikro yazıcı tarafından yazdırılabilir. Ayrıca, test cihazında kaydedilen tüm test sonuçları the bilgisayarına yüklenebilir ve ardından MS WORD belgesi olarak kaydedilebilir. KPM- CRT Serisi aşağıdaki varyantlarda mevcuttur-: 100A 200A 400A 600A KPM CBA-01 Daha fazla göster KPM Devre Kesici Analizörü (KPM-CBA 01) güç sistemi devre kesicilerini, yük anahtarlarının ve izole anahtarların mekanik özelliklerini ve diğer AC yüksek gerilim anahtarlarını test etmek, analiz etmek ve değerlendirmek için kullanılır, Ark kontakları ve titreşim özellikleri vb. Devre Kesici Analizörü hepsini kapsar yüksek gerilim devre kesicilerinin test gereksinimleri. Geleneksel devre kesici test cihazı KPM Devre Kesici Analiz Cihazı (KPM – CBA 01) ile karşılaştırıldığında aşağıdaki benzersiz avantajlara sahiptir: ÖZELLİKLER KPM CBA-01 devre kesici test seti, yüksek gerilim, orta gerilim devre kesici, anahtar ve kontaktörün elektriksel ve mekanik karakteristiklerini gerçekleştirmek için kullanılır. 12 ana kontağın kesici zaman parametrelerini (kapalı, açık, asenkron, sıçrama) ölçün. Pano üzerinde 12 adet kontak durum gösterge lambalı set. Yakın ve açık durumu yargılamak kolaydır. Direnç dönüştürücü veya dijital dönüştürücü kullanarak kırıcının hareketini, aşırı hareketini, geri tepmesini, aşımını ve hızını ölçün. Açıyı ölçmek için bir dijital döner dönüştürücü kullanın. Kapat, Aç, OCO, OC, CO kontrol sıralarını çalıştırın. CB tarafından çalıştırılan mekanik karakteristiği manuel olarak test edin. Dahili DC kontrol çıkışı, aksiyon voltajı testi için kullanılabilir. Motor sürerken motor akım eğrisini ölçün, Bobin Akımı ölçümü Vacuum Interruptor Life Analyzer ( VILA )_cc781905-5cde-3194-bb3b- 136bad5cf58d_ Daha fazla göster KPM-VILA (vakum kesici Ömür Analiz Cihazı) , sahada, atölyede veya laboratuvarda vakum kesicilerin durumunu belirlemek için gelişmiş teknolojisini kullanan üçüncü nesil test seti. Anlamlı bir vakum kesici testi arıyorsanız, yeni VILA'mızın (vakum kesici Ömür Analiz Cihazı) olağanüstü özelliklerine bir göz atın (vakum şişesi olarak da bilinir) test cihazı) sahada, mağazada veya laboratuvarda kullanılabilir. Penning Deşarj Prensibini kullanarak, our VILA (vakum kesici Ömür Analizörü) , öğesini kolayca tanımlayabilir Bir vakum kesici içindeki basınç Vakum kesicilerin kullanım ömrü Şimdiye kadar bu tür testler yalnızca montaj fabrikasında yapılabiliyordu. KPM CBT-01 (Kesici Zamanlayıcı) Daha fazla göster Özellikler : 1. Çeşitli yüksek voltajlı devre kesicilerin elektriksel özelliklerini test edin. 2. 6 kontağın kapanma, açılma, farklı periyotlar ve geri dönme süresi parametrelerini test edin. 3. Panelde, kapanma veya açılma durumunun veya kablolamanın doğru olup olmadığına karar vermek için uygun olan 6 adet kontak durumu göstergesi vardır. 4. Kapama, açma, açma ve kapama, kapama, açma ve kapama kontrolünü gerçekleştirin. 5. Manuel voltaj ayar düğmesi, kapatma düğmesi, açma düğmesi ile dahili yüksek güçlü ayarlanabilir DC güç kaynağı, hızlı bir şekilde açılıp kapanabilir ve voltaj testini çalıştırabilir. 6. Dahili DC gücü, motor enerji depolaması için kullanılabilir. 7. Çıkış kontrolü, yüksek kontrol doğruluğu ve uzun ömürlü elektronik anahtarlar kullanır. KPM CBT-01 (Kesici Zamanlayıcı) Daha fazla göster Özellikler : 1. Çeşitli yüksek voltajlı devre kesicilerin elektriksel özelliklerini test edin. 2. 6 kontağın kapanma, açılma, farklı periyotlar ve geri dönme süresi parametrelerini test edin. 3. Panelde, kapanma veya açılma durumunun veya kablolamanın doğru olup olmadığına karar vermek için uygun olan 6 adet kontak durumu göstergesi vardır. 4. Kapama, açma, açma ve kapama, kapama, açma ve kapama kontrolünü gerçekleştirin. 5. Manuel voltaj ayar düğmesi, kapatma düğmesi, açma düğmesi ile dahili yüksek güçlü ayarlanabilir DC güç kaynağı, hızlı bir şekilde açılıp kapanabilir ve voltaj testini çalıştırabilir. 6. Dahili DC gücü, motor enerji depolaması için kullanılabilir. 7. Çıkış kontrolü, yüksek kontrol doğruluğu ve uzun ömürlü elektronik anahtarlar kullanır. KPM CBT-01 (Kesici Zamanlayıcı) Daha fazla göster Özellikler : 1. Çeşitli yüksek voltajlı devre kesicilerin elektriksel özelliklerini test edin. 2. 6 kontağın kapanma, açılma, farklı periyotlar ve geri dönme süresi parametrelerini test edin. 3. Panelde, kapanma veya açılma durumunun veya kablolamanın doğru olup olmadığına karar vermek için uygun olan 6 adet kontak durumu göstergesi vardır. 4. Kapama, açma, açma ve kapama, kapama, açma ve kapama kontrolünü gerçekleştirin. 5. Manuel voltaj ayar düğmesi, kapatma düğmesi, açma düğmesi ile dahili yüksek güçlü ayarlanabilir DC güç kaynağı, hızlı bir şekilde açılıp kapanabilir ve voltaj testini çalıştırabilir. 6. Dahili DC gücü, motor enerji depolaması için kullanılabilir. 7. Çıkış kontrolü, yüksek kontrol doğruluğu ve uzun ömürlü elektronik anahtarlar kullanır. Karşılaştırma - Devre Kesici Test Cihazları Teori - Devre Kesici Testi Theory CB Testing Bir devre kesici, bir elektrik devresini aşırı yük veya kısa devrenin neden olduğu hasarlardan korumak için tasarlanmış, otomatik olarak çalıştırılan bir elektrik anahtarıdır. Temel işlevi, bir arıza durumunu tespit etmek ve akım akışını kesmektir. Devre Kesici, arıza durumlarında ilgili rölelerden 'Açma' komutu alır. Aşağıdaki parametreler genellikle bir devre kesici üzerinde test edilir. Devre Kesiciler ile ilgili yaygın testler Kapanış Saati & Açılış Saati Hareket Testleri (IEC 1208'de önerildiği gibi) sönümleme Bobin Akımları Açtırma Gerilimi Ana kontakların Statik Kontak Direnci Devre kesici teşhisi için yeni yöntemler Dinamik Temas Direnci Titreşim Testi. Bobin Akım Eğrisinin Şekli Vakumlu Şişe Bütünlüğü Kapasitans ve Derecelendirme Kondansatörünün Tan Deltası SF6 gazının/havanın Çiy Noktası Ölçümü Ölçülen değerler, üretici tarafından belirtilen sınır değerlerle veya bakım kuruluşunun deneyimle ulaştığı değerlerle karşılaştırılır. Birçok durumda, kesici yeni olduğunda alınan farklı ölçümlerden oluşan bir "parmak izi" derlenir. Bu parmak izi daha sonra sonraki ölçümler için referans olarak kullanılabilir. Bulunan herhangi bir değişiklik, kesicinin durumundaki bir değişikliği açıkça gösterir. Teori - Devre Kesici Testi Circuit Breaker Test Kits : 01 Why Timing Tests on Circuit Breakers Matters ? During a circuit breaker timing test, the opening and closing times of main and auxiliary contacts are measured to assess the breaker's mechanical and electrical performance. The test simulates real fault or operation conditions, records response times (e.g., O, C, O-C-O), and analyzes contact synchronization, bounce, and trip coil current. These measurements reveal issues like slow operation, wear, or misalignment. Advantages include early fault detection, improved safety, reduced downtime, and compliance with IEC/ANSI standards. KPM offers precise timing test equipment with advanced diagnostics, helping utilities and industries maintain system reliability and extend breaker life through data-driven maintenance planning. 02 What means measuring contact resistance in Circuit Breakers ? A contact resistance test measures the electrical resistance across closed contacts of a circuit breaker. Low resistance ensures efficient current flow with minimal losses or overheating. High resistance can indicate pitting, corrosion, or poor contact pressure. This test helps detect internal issues not visible externally. It’s essential for preventing energy losses, overheating, and eventual failure during load or fault conditions. Regular testing ensures optimal breaker performance, safety, and longevity. KPM offers contact resistance test equipment with high accuracy and data logging, enabling predictive maintenance, faster troubleshooting, and compliance with IEC/IEEE standards across substations and industrial power systems. 03 What is the use of both side ground feature in contact resistance meter ? The both-side ground feature in a contact resistance meter allows the tester to connect the instrument’s ground reference on both ends of the circuit breaker contacts simultaneously. For Example:- - Eliminate interference and noise caused by stray currents or electromagnetic fields. - Improve measurement accuracy by ensuring a stable, low-resistance ground path. - Prevent false readings that may occur if only one side is grounded. - It increases the safety of the operation. - KPM’s contact resistance meter CRT 200 G use this feature to deliver precise, repeatable readings critical for assessing contact health and ensuring reliable breaker operation. 04 Why is understanding Coil Current Analysis in Breaker Testing important ? Coil current analysis involves measuring the current drawn by the trip and close coils during circuit breaker operation. This current signature helps diagnose the breaker’s mechanical and electrical health. Changes in current shape, peak value, or duration can reveal issues like sluggish movement, coil burnout, weak springs, or mechanical obstructions. Analyzing the coil current curve provides early warnings of potential failure before timing or contact issues become visible. It enhances predictive maintenance and helps avoid costly downtime. KPM’s test systems capture detailed coil current waveforms, enabling precise diagnostics, improved reliability, and safe operation of critical power systems. 05 How to do Dynamic Contact Travel Analysis ? Dynamic contact travel analysis measures the real-time movement of a circuit breaker’s main contacts during operation using motion sensors or transducers. It captures parameters like stroke, velocity, overtravel, rebound, and contact wipe. This test reveals mechanical wear, misalignment, or sluggish movement that timing tests alone can miss. It ensures the breaker’s mechanical integrity, proper contact engagement, and smooth operation under stress. KPM’s breaker analyzers support dynamic travel analysis with high-resolution sensors and software that visualizes motion curves. This allows for accurate diagnostics, preventive maintenance, and verification that breakers meet design and safety standards. 06 What is Vacuum Interrupter Testing ?What is its Life Cycle and Failure Modes? Vacuum interrupters (VIs) are critical components in medium-voltage circuit breakers, responsible for arc extinction. Though sealed for life, their performance can degrade over time. Life Cycle: VIs have a defined mechanical and electrical life—typically 10,000+ operations or a set number of fault interruptions. Factors like switching frequency, fault levels, and contact wear influence lifespan. Failure Modes: Loss of vacuum (leakage) Contact erosion or misalignment Internal flashover or dielectric breakdown Testing: KPM offers vacuum interrupter testers to check vacuum integrity using high-voltage AC/DC or magnetron-based methods, ensuring reliability, safety, and timely replacement decisions. 07 Why you Shouldn’t Ignore Pre-Insertion Resistor Testing ? Pre-insertion resistors (PIRs) reduce inrush currents during circuit breaker closing, protecting equipment from voltage transients and mechanical stress. Ignoring PIR testing can lead to undetected resistor failure, delayed insertion, or complete bypass—compromising system stability. Regular PIR testing verifies correct resistor engagement, timing, and resistance values. It ensures effective damping of switching surges, especially in capacitor bank or transformer applications. KPM’s breaker analyzers can assess PIR timing and resistance performance with precision, helping prevent equipment damage, extend asset life, and maintain reliable power system operation. Skipping this test risks hidden failures and costly breakdowns. 08 Differences Between Testing SF6, Vacuum, and Oil CBs ? Here’s a concise comparison of testing SF6, Vacuum, and Oil Circuit Breakers (CBs): SF6 CBs: Tests focus on gas pressure, density, and leakage, plus timing, contact resistance, and gas quality analysis. SF6 ensures excellent arc quenching. Vacuum CBs: Emphasis on vacuum integrity testing, contact resistance, timing, and coil current analysis. Vacuum interrupters have a sealed, long-life design. Oil CBs: Requires insulation and oil quality tests, contact resistance, timing, and sometimes oil dielectric strength checks. Oil acts as arc quenching and insulation medium. KPM offers specialized test equipment tailored for each CB type, ensuring accurate diagnostics, maintenance, and safety compliance. 09 Difference between Circuit Breaker Analyzer and Manual Timer – Pros & Cons? Circuit Breaker Analyzer Pros: High accuracy and repeatability Measures multiple parameters (timing, coil current, contact resistance) Data logging and analysis software Detects subtle faults and trends Faster and safer testing Cons: Higher initial cost Requires some training to operate Manual Timer Pros: Low cost and simple to use Portable and no power needed Cons: Limited accuracy and precision Measures only basic open/close timing No data recording or advanced diagnostics Prone to human error KPM provides advanced analyzers that save time, improve safety, and offer detailed diagnostics for better maintenance decisions. 10 How Temperature and Environment Affect CB Test Results ? Temperature Effects: Cold temperatures can stiffen mechanical parts, causing slower operations and longer timing. High temperatures may reduce coil resistance, affecting current measurements. Extreme temps can alter contact resistance readings due to material expansion or contraction. Environmental Factors: Humidity can cause corrosion or moisture ingress, affecting insulation and contacts. Dust and contaminants can interfere with mechanical movement or electrical contacts. Vibrations or electromagnetic interference may distort sensitive measurements.

Advanced lightning arrester test kits by KPM for precise leakage current measurement, condition monitoring, and surge protection testing. PARATONER TEST KİTİ ( LCM ) Çevrimiçi 1 Ph Paratoner Test Cihazı (gerilim ve akım ölçümü ile) Katalog KPM Paratoner Test Cihazı (KPM LA-100+), Paratonerlerin (LA/MOSA) elektriksel özelliklerini tespit etmek için kullanılacak özel alettir. KPM LA-100+ is capable of test LA doğrudan en güvenilir LA Kaçağı Akımı ve Hat PT'sine göre Çevrimiçi Ölçüm sonuçları kullanılarak IEC Ürün Özellikleri of Yıldırım Siperi Test Cihazı (KPM LA-100+) Geniş Ekran LCD Ekran, İngilizce kullanıcı menüsü, Kolay kullanım. Güvenilir veriler elde etmek için Hassas Örnekleme ve Fourier harmonik analiz tekniklerini kullanın. 3. Harmonik Direnç Akımını Ölçer , Toplam Direnç Akımı , Toplam Kaçak Akım ,_cc781905-5cde-3194-bb3b-136bad5-Vcf58 Şarj edilebilir pil, takvim saati, Dahili mikro yazıcı, 120 grup ölçüm verisi saklayabilir Çevrimiçi 3 Ph LA Test Cihazı (kablosuz E sensörü ve akım ölçümü ile) Katalog KPM's 3 Fazlı Paratoner Test Cihazı(KPM LA-103+) Paratonerlerin (LA/MOSA) elektriksel özelliklerini tespit etmek için kullanılacak özel alettir. KPM LA-103+ is capable, IEC uyarınca altı ana yöntem kullanılarak çevrimiçi olarak test edilebilir LA -: 1. Geniş ekranlı LCD ekran, tam İngilizce menü işlemi, kullanımı kolay. 2 Verileri güvenilir hale getirmek için yüksek hassasiyetli örnekleme ve işleme devreleri, gelişmiş Fourier harmonik analiz teknikleri kullanma. 3. Cihaz, verilerin güvenilirliğini ve güvenliğini sağlamak için benzersiz bir yüksek hızlı manyetik izolasyon dijital sensörü tarafından doğrudan yakalanan ve girilen voltaj ve akım sinyallerini kullanır. 4. Bu ekipman, PT ikincil kablolama yerine indüklenmiş elektrik alanı veya kablosuz iletim yöntemini kullanabilir. 5. Cihazın PT sekonderini bağlamasına gerek yoktur ve dirençli akımı doğrudan ölçebilir. 6. Sahadaki kişi için birçok seçenek sunan altı test yöntemi vardır.( PT ikincil yöntem, indüksiyon yöntemi, kablosuz iletim yöntemi, tek bir akım senkronizasyon yöntemi, pt ikincil senkronizasyon yöntemi) Çevrimiçi 3 Ph LA Test Cihazı (kablosuz E sensörü ve akım ölçümü ile) Katalog KPM's 3 Fazlı Paratoner Test Cihazı(KPM LA-103+) Paratonerlerin (LA/MOSA) elektriksel özelliklerini tespit etmek için kullanılacak özel alettir. KPM LA-103+ is capable, IEC uyarınca altı ana yöntem kullanılarak çevrimiçi olarak test edilebilir LA -: 1. Geniş ekranlı LCD ekran, tam İngilizce menü işlemi, kullanımı kolay. 2 Verileri güvenilir hale getirmek için yüksek hassasiyetli örnekleme ve işleme devreleri, gelişmiş Fourier harmonik analiz teknikleri kullanma. 3. Cihaz, verilerin güvenilirliğini ve güvenliğini sağlamak için benzersiz bir yüksek hızlı manyetik izolasyon dijital sensörü tarafından doğrudan yakalanan ve girilen voltaj ve akım sinyallerini kullanır. 4. Bu ekipman, PT ikincil kablolama yerine indüklenmiş elektrik alanı veya kablosuz iletim yöntemini kullanabilir. 5. Cihazın PT sekonderini bağlamasına gerek yoktur ve dirençli akımı doğrudan ölçebilir. 6. Sahadaki kişi için birçok seçenek sunan altı test yöntemi vardır.( PT ikincil yöntem, indüksiyon yöntemi, kablosuz iletim yöntemi, tek bir akım senkronizasyon yöntemi, pt ikincil senkronizasyon yöntemi) Teori Paratoner Testi Theory - LA Tester Paratoner – Teori Paratoner, elektrik güç sistemlerinde ve telekomünikasyon sistemlerinde yalıtımı korumak için kullanılan bir cihazdır. ve sistemin iletkenlerini yıldırımın zararlı etkilerinden korur. Tipik Paratoner, bir yüksek voltaj terminaline ve bir topraklama terminaline sahiptir. Bir yıldırım dalgalanması (veya anahtarlama dalgalanması) güç hattı boyunca Parafudur'a gittiğinde, dalgalanmadan gelen akım, çoğu durumda Toprağa olmak üzere Parafudr üzerinden yönlendirilir. Koruma başarısız olursa veya yoksa, elektrik sistemine çarpan yıldırım, iletim hatlarına zarar verebilecek ve ayrıca transformatörlere ve diğer elektrikli veya elektronik cihazlara ciddi hasar verebilecek binlerce kilo Volt verir. Gelen güç hatlarında yıldırımın ürettiği aşırı voltaj yükselmeleri, elektrikli ev aletlerine de zarar verebilir, bu nedenle Paratonerin bütünlüğü için çok önemlidir. Şu anda toplam kaçak akımın (kapasitif ve dirençli akımlar) izlenmesi birçok kamu hizmeti kuruluşu tarafından kullanılmaktadır. Kaçak Akım Monitörleri, Parafudrların Kaçak Akımını ölçmek için kullanılır ve yüksek kaçak akım durumunda Parafudrlar değiştirilir. Bununla birlikte, tamamen kapasitif olan toplam kaçak akım Parafudrların sağlığını tam olarak göstermediğinden, bu yöntemin kusursuz bir yöntem olmadığı düşünülmektedir. Toplam kaçak akım değerinin üreticiler tarafından belirlenen sınırın altında olmasına rağmen Parafudrların patladığı durumlar olmuştur. Direnç akımı toplam akımın %15-30'udur ve kapasitif ve dirençli akımlar 90 derece yüz kaymasında olduğundan, dirençli akımdaki önemli değişiklik bile toplam akımda çok küçük artışlara neden olur. Bu nedenle, toplam kaçak akımın izlenmesi, ZnO diskin bozulmasını tam olarak göstermeyebilir. Uzun lineer ZnO diskin bozunması, temel frekansın sistem voltajı uygulandığında genellikle kaçak akımda harmoniklere yol açar. Üçüncü harmonik dirençli akım ölçümü, üçüncü harmonik bileşenin toplam kaçak akımdan filtrelenmesine dayanır. Yaklaşık 500 mikro amper mertebesindeki kaçak akımın genellikle güvenli olduğu kabul edilir. Kaçak akımın dirençli kısmı veya güç kaybı, aşağıda verilen çeşitli yöntemlerle belirlenebilir: Referans olarak bir voltaj sinyali kullanma Bir voltaj sinyali kullanarak kapasitif bileşeni telafi etme Üç fazın kaçak akımını birleştirerek kapasitif kompanzasyon Üçüncü dereceden harmonik analizi Güç kayıplarının doğrudan belirlenmesi Gerilimdeki harmonikler için kompanzasyonlu üçüncü dereceden harmonik analizi “Dirençli akım” bileşen hesaplamaları ile Gelişmiş İzleme Sistemi. Gelişmiş teşhis yöntemlerinin kullanılması, arıza olasılığını büyük ölçüde azaltır ve dolayısıyla insan ve para kayıplarını önler. Bu nedenle Parafudrların durumunun düzenli zaman aralıklarında, Parafudrun enerjisi kesilmeden hizmette olan sürekli kaçak akımın rezistif bileşeni ölçülerek kontrol edilmesi arzu edilir. Referans olarak “Gerilim Sinyali” ilkesine dayalı cihazlarla güvenilir ölçümler elde edilir. LA'nın düzenli olarak izlenmesi, 66 kV ila 765 kV trafo merkezlerinde birçok arızayı önlemiştir. Bu akımın değerleri normalde mili amper kesirlerinden birkaç mili ampere kadar değişir ve değeri Parafudurun bozulmasının bir göstergesi olan dirençli akım değişimleriyle karakterize edilir. Bu kaçak akımın rezistif bileşeni, yaşlanmaya neden olan ve nihayetinde Parafudr arızalarına neden olan farklı gerilimler nedeniyle artabilir. Sık Sorulan Sorular ( SSS ) FAQ about lightning arrester testing : 01 What is the purpose of online testing for lightning arresters? The purpose of online testing for HV lightning arresters is to evaluate their health and operational condition while they remain energized and connected to the high-voltage system. This non-intrusive testing monitors critical parameters—especially leakage current—to detect early signs of insulation degradation, moisture ingress, or internal damage. By performing these tests without disconnecting the arrester, utilities can ensure continuous protection against transient over voltages, prevent unexpected failures, and schedule maintenance proactively, thereby enhancing system reliability and safety. 02 How does online testing differ from offline testing of lightning arresters? Online testing of lightning arresters is performed while the arrester is energized and connected to the live high-voltage system. It monitors parameters like leakage current and voltage in real time to assess the arrester’s condition without interrupting power supply or removing the arrester from service. Offline testing, on the other hand, requires disconnecting the arrester from the system and applying controlled test voltages or impulses in a laboratory or test environment. This allows detailed diagnostic tests, such as insulation resistance, dielectric withstand, and energy absorption capability, but causes downtime and power disruption. In summary, online testing enables continuous condition monitoring without service interruption, while offline testing offers more comprehensive diagnostics but requires taking the arrester out of operation. 03 What parameters are measured during online testing of lightning arresters? During online testing of lightning arresters, the key parameters measured include: Leakage current: Both resistive and capacitive components are monitored to detect insulation deterioration or moisture ingress. Discharge current: Measures the arrester’s response to transient overvoltages. Voltage across the arrester: To correlate leakage current with operating voltage. Power factor (dissipation factor): Indicates the level of insulation losses and ageing. Harmonic content of leakage current: Helps identify partial discharges or defects. Continuous monitoring of these parameters helps identify early signs of failure and evaluate arrester condition in real time. 04 What types of leakage current patterns indicate a failing arrester? In surge arresters (typically metal oxide varistor or MOV-based), leakage current patterns can offer early warning signs of deterioration or failure. Here are the key types of leakage current patterns that indicate a failing arrester: 1. Increasing Total Leakage Current Over Time What it means: The arrester is gradually losing its insulation resistance. Cause: Ageing of the zinc oxide blocks or moisture ingress. Warning: A consistent upward trend is a red flag — especially under normal system voltage. 2. High Resistive Leakage Current What it means: An increase in resistive (non-linear) current indicates internal degradation. Why it's critical: Unlike capacitive leakage (which is normal), resistive leakage is a sign of arrester deterioration. How it shows up: Measured using third-harmonic analysis or waveform separation techniques. 3. Sudden Jumps or Spikes in Leakage Current What it means: Possible internal flashover, moisture ingress, or external contamination. Typical sign: A sharp increase without a gradual trend. Next step: Immediate inspection or replacement is usually advised. 4. Leakage Current with Strong Daily Variation What it means: Leakage current rises during daytime due to heating and falls at night — abnormal if variation is large. Potential cause: Moisture or contamination interacting with thermal cycles. 5. Phase Shift Changes in Leakage Current What it means: The phase angle between voltage and leakage current shifts — especially the third harmonic. Used in: Online monitoring systems. Why it matters: Indicates the balance between capacitive and resistive components is shifting unfavourably. 6. Leakage Current under Wet Conditions What it means: If leakage current increases dramatically during rain or fog, it may indicate surface tracking or contamination. Action: Cleaning or replacing the arrester may be required. 05 Which standard is most widely accepted worldwide? The IEC 60099-4 standard (from the International Electrotechnical Commission) is the most widely accepted global standard for metal-oxide lightning arresters. It defines performance criteria, testing procedures—including online monitoring methods—and requirements for high-voltage arresters used in power systems. The B2 method for assessing leakage current in metal-oxide surge arresters is detailed in the IEC 60099-4 standard — specifically in IEC 60099-4:2013, titled "Surge arresters — Part 4: Metal-oxide surge arresters without gaps for AC systems — Methods of test". This standard outlines how to measure and analyze leakage current components, including the resistive part used in the B2 method, for condition assessment and online monitoring of high-voltage lightning arresters. 06 Do you know Which parameter are measured in IEC 60099-4 B2 Method ? In the B2 method, leakage current measurement is used to evaluate the condition of a metal-oxide lightning arrester by analyzing its resistive (non-capacitive) leakage current component while the arrester is energized at operating voltage. Here’s how it works: Measurement: The total leakage current flowing through the arrester is measured using sensitive instruments. This current consists of a capacitive component (normal and stable) and a resistive component (indicative of arrester aging or damage). Resistive component isolation: The B2 method focuses on isolating the resistive part of the leakage current, as an increase in resistive current usually signals degradation, moisture ingress, or damage to the arrester’s internal varistors. Analysis: By comparing the measured resistive leakage current to baseline or manufacturer’s reference values, the condition of the arrester can be assessed. A rising resistive leakage current over time indicates deteriorating insulation and the potential for failure. Trend monitoring: Periodic measurements allow trend analysis, helping predict the arrester’s remaining life and plan maintenance before catastrophic failure occurs. This method is widely used because it is sensitive, non-invasive, and can be performed online without disconnecting the arrester. 07 Which compensations are taken care in B2 method typically In the B2 method, leakage current measurement is used to evaluate the condition of a metal-oxide lightning arrester by analyzing its resistive (non-capacitive) leakage current component while the arrester is energized at operating voltage. Here’s how it works: Measurement: The total leakage current flowing through the arrester is measured using sensitive instruments. This current consists of a capacitive component (normal and stable) and a resistive component (indicative of arrester aging or damage). Resistive component isolation: The B2 method focuses on isolating the resistive part of the leakage current, as an increase in resistive current usually signals degradation, moisture ingress, or damage to the arrester’s internal varistors. Analysis: By comparing the measured resistive leakage current to baseline or manufacturer’s reference values, the condition of the arrester can be assessed. A rising resistive leakage current over time indicates deteriorating insulation and the potential for failure. Trend monitoring: Periodic measurements allow trend analysis, helping predict the arrester’s remaining life and plan maintenance before catastrophic failure occurs. This method is widely used because it is sensitive, non-invasive, and can be performed online without disconnecting the arrester.